1358263 —一 一—一—一 一 【發明所屬之技術領域】 本發明係棉花糖製造機有關，更詳而言之係指一種全 自動棉花糖製造機。 【先前技術】 按，棉花糖為一種將固體糖料置於一旋轉盤内，使之 利用加熱而溶化成糖液，並利用將旋轉盤快速之轉動，使 糖液被旋轉盤所產生之離心力甩出而受空氣之冷卻形成糖 絲，再捲繞於一桿體上（一般係採用木棒）而構成一可供 食用之棉花糖型態。 然，目前市面上可見之棉花糖製造機多數為半自動之 機構，即其機構僅能產生糖絲，必須再以人力將糖絲加以 捲繞，使得無法以全自動之方式提供一便捷、有效率之製 造方式。 【發明内容】 有鑑於此，本發明之其一主要目的乃在提供一種全自 動棉花糖製造機，係以全自動之方式控制完整之製造流 程，以提供更為便捷、有效率之棉花糖製造。 緣此，本發明乃提供一種全自動棉花糖製造機，包含 有：一機座，具有一連通外部與内部之取物口； 一糖料儲 運機構，係設置於該機座内，具有一用以容置固態糖料之 糖料容置裝置及一將該糖料容置裝置内之固態糖料加以輸 1358263 出之糖料璺送裝置J二糖f糸產生機構^係設於該機座内， 用以接收該糖料運送裝置所輪出之固態糖料，並可對^固態 糖料進行加熱旋轉而產生糖絲；一棒材夾持機構，係設於 該機座内，用以容裝多數之棒材，並將其一之棒材加以夾 持轉動；一棒材移動機構，係設於該機座内，並與該棒材 夾持機構連接，以帶動所夾持之棒材移動至該糖絲產生機 構中受該糖絲之纏繞，以供使用者由取物口將棒材及纏繞 於上之糖絲取出；一控制裴置，係設於該機座内以控制 各機構之作動及作動所需之電力。 【實施方式】 為使貴#查委員能對本發明之特徵與特點有更進一 步之了解與認同’㈣舉以下較佳實施例並配合圖 如下： 請參閱第二圖至第五圖，係本發明一較 供一箱入6減扣奴心 例"難實施例所提 供種王自動棉化搪製造機i⑹，於本實㈣ 為-能進行自動販賣之型式，其主要包含有―機座工/ -控制裝置2 0、〜糖料儲運機構3〇、— 40、-棒材移動機構5(}、—糖絲產生機構 幣裝置7 0，其中： x 請參閱第一：及第四圖，該機座1〇，係能穩固地置 設於一地面上，八内部受一隔板i i之區隔而可界定出一 頂部空間1 2及1部空間！ 3，且該機座1 q二外侧 1358263 \ 面上並開設有一取物口 1 4，該取物口 1 4係連通該底部 - _=^-" —=— _ -- --—=———=—冊 + -^=—-— -= 冊 •. 空間1 3，並於該取物口 1 4中設置一可活動開啟或關閉 - 之擋板1 5，以由該擋板1 5位於關閉位置時能阻止外物 - 進入於機座10之内部。 請參閱第四圖，該控制裝置20,係設置於該機座1 0之内部，並與外部之一電源連接，用以提供其它機構及 裝置所需之電力，並藉由該控制裝置2 0内建之程式自動 控制該各機構、裝置作動之方式、行程及順序。 ❿ 請參閱第五及第六圖，該糖料儲運機構3 0具有一糖 料容置裝置3 1及一糖料運送裝置3 2。該糖料容置裝置 3 1具有一糖料容器3 1 1及一感應元件（圖中未示），該 糖料容器3 1 1係固設於該隔板1 1上，並位於該頂部空 間1 2中，其内部具有預定之容室用以供固態之糖料容 裝，該感應元件係設於該糖料容器3 1 1上，用以感應該 糖料容器3 1 1中之糖料存量，使當該糖料容器3 1 1内 φ 之糖量低於一預定值時，該感應元件便將低糖量之訊號傳 送至該控制裝置2 0上，以由該控制裝置2 0出示必要而 相關之警示訊號供操作者得知；該糖料運送裝置3 2具有 一糖料輸送馬達3 2 1、一攪拌器3 2 4、一運送螺桿3 2 2及一輸糖料管3 2 3，該糖料輸送馬達3 2 1係設置 於該隔板1 1上，並位於頂部空間1 2中，而與該控制裝 置2 0電性連接，以受該控制裝置2 0之驅使而作動旋 轉，該攪拌器3 2 4係設置於該糖料容器3 1 1之容室底 —二 — 作用 而原地旋轉，該運送螺彳曰 該糖料輸送馬達了 — ————3 2 2係與 2 1連接並穿經於該糖 哭^ —— 容室底部，且該運送螺 153 1 1之 動’該輸糖料管3 h、^ 授掉器3 2 4連 2 3 —端係連通於該糖料容 另一端則穿經於該^ 竹令器311， 使當該糖料輸送馬^而 底部空間13中， 該糖料輸送馬達jy控制裝置2〇之驅動時， 口沿其軸心轉動:===::該運 能帶動該授拌器32錄='、干 轉動之同時’ 容器3 1 1内之固^ 由該授摔器3 2 4對糖料 成塊狀並能㈣地進行攪拌，以避免㈣糖料黏著 輸送至該輸糖料桿3 2 2將狀載量之糖料 — 中’而由該輸糖料管3 2 3將預 疋之糖料I由頂部办 間1 1輸送至底部空間1 2中。 請參閱第七圖至笛 口主第十一圖’該棒材夾持機構4 0具有 一榉材谷器41、 一 —棒材推送裝置42、一棒材壓送裝置 辞接二棒材夹持轉動裝置44及—棒材定位裝置45 ° 該棒材谷器4ί後< ^ 門工 係坟置於該隔板1 1上，並位於該頂部空 ^ 用以供多數之棒材容置，該棒材容器4 1之底 部並開設有一入技 · 释口，該入棒口係連通該底部空間1 3 , 裝置4 5具有-定位板45 1及二彈簧45 5 板4 5 1係樞接於該棒材容器41之頂部並位 於該棒材容器d 1 4丄之内部，該二彈簧4 5 2係連接該定位 板451與該棒材容器41,並由該二彈簧452施予該 仅板4 5 1-職之預力，料該定 :棒材容Κ 1心兩而至:往^，於 :移:棒材推送裝置4 2具有一棒材驅動馬達:=徑 :板”2’該棒材驅動馬達421 而轉動，該推移板4 2 2係與該棒二= 連接，並穿入於該棒材容器4 i中，使當該二 馬達4 2 1作用時，可帶動該推移板4 2 2 :二驅動 :::=器41内部:棒口之方向推移或往:材:器= Μ推移，且該推移板4 2 2之移動行程係受至少 凡件4 2 3所控制；該棒材壓送裳置4 3具有_傳動組^ 4 3 1及—壓制板4 3 2，該傳動組件4 3丄具有—框架 4 3 3、-傳動馬達4 3 4、二傳動輪4 3 5、—傳動鏈 條4 3 6、二導桿4 3 7、一滑座4 3 8及二感應元件4 3 9，該框架4 3 3係設置於該隔板X ，並位於該頂 工間1 2中，該傳動馬達4 3 4係設置於該框架4 3 3 一侧並與該控制裝置2 0電性連接，該二傳動輪4 3 5係 分別設置於該框架4 3 3内部之頂部及底部位置上，且位 於底部位置之傳動輪4 3 5並與該傳動馬達4 3 4連接， 該傳動鏈條4 3 6係鏈結於該二傳動輪4 3 5間，該二導 桿4 3 7係直立設置於該框架4 3 3内，該滑座4 3 8係 套接於該二導桿4 3 7上，並與該傳動鏈條4 3 6連結， 該一感應元件4 3 9係設置於該框架4 3 3上，並分別位 1358263 於二上移_及-下移終點位置上’使當該傳動馬達4 3 4受該控制裝置2 0所驅使而轉_，便帶動該_4 3 4原地轉動’使由該傳動鏈條4 3 6帶動該滑座4 3 8 沿該導桿4 3 7作-相對該框架4 3 3之上、下位移，且 其上、下㈣之行程係被_於該上料點至下移終點 間’即該滑座438被帶至上移終點時，該感應元件43 9便告知該控職置2 Q，使由該控縣置2 0驅動傳動 馬達4 3 4進行反轉，而當該滑座4 3 8被帶至下移終點1358263 - ONE - ONE - ONE FIELD OF THE INVENTION The present invention relates to a marshmallow manufacturing machine, and more particularly to a fully automatic marshmallow manufacturing machine. [Prior Art] According to the marshmallow, a solid sugar is placed in a rotating disk, which is melted into a sugar liquid by heating, and the centrifugal force generated by rotating the rotating disk to rotate the sugar liquid by the rotating disk is utilized. It is cooled by air to form a sugar filament, which is then wound on a rod (generally using a wooden stick) to form an edible cotton candy type. However, most of the marshmallow manufacturing machines currently available on the market are semi-automatic mechanisms, that is, the mechanism can only produce sugar filaments, and the sugar filaments must be wound up by human resources, so that it is impossible to provide a convenient and efficient method in a fully automatic manner. The way of manufacturing. SUMMARY OF THE INVENTION In view of the above, it is a primary object of the present invention to provide a fully automatic marshmallow manufacturing machine that controls a complete manufacturing process in a fully automated manner to provide a more convenient and efficient manufacture of marshmallows. . Therefore, the present invention provides a fully automatic marshmallow manufacturing machine, comprising: a machine base having a receiving port connecting the outside and the inside; a sugar storage and transportation mechanism disposed in the machine base, having a a sugar material accommodating device for accommodating the solid sugar material and a solid sugar material in the sugar material accommodating device for feeding 1 358 263. The sugar feeding device J is provided in the machine a socket for receiving the solid sugar material which is rotated by the sugar material conveying device, and heating and rotating the solid sugar material to produce a sugar filament; a bar clamping mechanism is disposed in the machine base for use A plurality of bars are accommodated, and one of the bars is clamped and rotated; a bar moving mechanism is disposed in the frame and connected with the bar clamping mechanism to drive the clamped The bar is moved to the filament generating mechanism to be entangled by the filament, so that the user can take out the bar and the filament wrapped around it by the take-up opening; a control device is arranged in the base to Control the power required to operate and act on various agencies. [Embodiment] In order to enable the member to understand and recognize the features and characteristics of the present invention, the following preferred embodiments are combined with the following figures: Please refer to the second to fifth figures, which are the present invention. One is more than one box into 6 deductions. The example is difficult to implement. The king of automatic cotton tamping machine i (6) is provided in the real (4) - can be used for automatic sales, which mainly includes - machine / - Control device 20, ~ Sugar storage and transportation mechanism 3 〇, - 40, - Bar moving mechanism 5 (}, - Sugar generating mechanism coin device 70, wherein: x See first: and fourth The base of the machine can be stably placed on a ground, and the interior of the eight compartments can be divided by a partition ii to define a head space of 1 2 and a space! 3, and the base 1 q On the outer side 1352263, a take-up port 14 is opened on the surface, and the take-up port 14 is connected to the bottom - _=^-" —=— _ -- ---=———=-book + ^=—-— -= Book • Space 1 3, and a baffle 1 5 that can be moved open or closed is placed in the access port 14 to be closed by the baffle 15 The external device can be prevented from entering the inside of the base 10. Referring to the fourth figure, the control device 20 is disposed inside the base 10 and connected to an external power source for providing other mechanisms and devices. The required power is automatically controlled by the built-in program of the control device 20, the manner, the stroke and the sequence of the devices. ❿ Please refer to the fifth and sixth figures, the sugar storage and transportation mechanism 3 0 There is a sugar material accommodating device 31 and a sugar material conveying device 3 2. The sugar material accommodating device 31 has a sugar container 31 and a sensing element (not shown), and the sugar container 3 1 1 is fixed on the partition 11 and located in the head space 12, and has a predetermined chamber inside for a solid sugar content, and the sensing element is disposed in the sugar container 3 1 1 , for sensing the amount of sugar in the sugar container 3 1 1 , so that when the amount of sugar in the sugar container 3 1 1 is lower than a predetermined value, the sensing element will signal the low sugar amount Transmitted to the control device 20 to present the necessary and relevant warning signals by the control device 20 for the operator to obtain The sugar conveying device 3 2 has a sugar conveying motor 3 2 1 , a stirrer 3 2 4 , a conveying screw 3 2 2 and a sugar conveying tube 3 2 3, and the sugar conveying motor 3 2 1 It is disposed on the partition plate 1 1 and is located in the head space 12, and is electrically connected to the control device 20 to be driven to rotate by the control device 20, and the stirrer 3 2 4 is disposed on The bottom of the chamber of the sugar container 3 1 1 rotates in place, and the conveying screw drives the sugar conveying motor. The 3 2 2 system is connected to the 2 1 and passes through the sugar. Cry ^ —— at the bottom of the chamber, and the transport screw 153 1 1 moves 'the sugar tube 3 h, ^ the transfer device 3 2 4 connects 2 3 — the end is connected to the other end of the sugar material and passes through In the bamboo hopper 311, when the sugar material is transported to the bottom space 13, the sugar conveying motor jy controls the driving device 2, and the mouth rotates along its axis: ===:: The agitator 32 can be driven to record '', dry rotation while the inside of the container 3 1 1 is solidified by the regenerative device 3 2 4, and the mixture can be stirred (4) to avoid (four) sugar material Adhesive delivery The output shaft 322 sugar-like loading of the sugar - in 'and the output from the sugar pre-tube 323 of piece goods conveyed by the sugar I do between the top 11 to the bottom 12 of the space. Please refer to the seventh figure to the main port 11 of the mouthpiece. The bar clamping mechanism 40 has a coffin bar 41, a bar pushing device 42, a bar pressing device, and a bar clamp. Holding the rotating device 44 and the bar positioning device 45 °, the bar bar is 4 后, < ^ The doorwork grave is placed on the partition 1 1 and is located at the top of the space for the majority of the bar to be accommodated The bottom of the bar container 4 1 is provided with an inlet and outlet port, the inlet port is connected to the bottom space 13 , and the device 4 5 has a positioning plate 45 1 and two springs 45 5 plate 4 5 1 Connected to the top of the bar container 41 and located inside the bar container d 1 4丄, the two springs 4 5 2 are connected to the positioning plate 451 and the bar container 41, and the two springs 452 are applied thereto. Only plate 4 5 1 pre-stress, it is expected that: bar capacity Κ 1 heart two to: to ^, in: shift: bar pushing device 4 2 has a bar drive motor: = diameter: plate" 2' The bar drives the motor 421 to rotate, and the sliding plate 4 2 2 is connected to the bar 2 and penetrates into the bar container 4 i so that when the two motors 4 2 1 act, it can be driven The change board 4 2 2 : two Drive:::= inside of the device 41: the direction of the stick is shifted or toward: material: device = Μ shift, and the moving stroke of the shifting plate 4 2 2 is controlled by at least the piece 4 2 3; the bar is pressed The skirt 4 3 has a transmission group ^ 4 3 1 and a pressing plate 4 3 2, and the transmission assembly 43 has a frame 4 3 3, a transmission motor 4 3 4, a second transmission wheel 4 3 5, a transmission chain 4 3 6 , two guiding rods 4 3 7 , a sliding seat 4 3 8 and two sensing elements 4 3 9 , the frame 4 3 3 is arranged in the partition plate X and located in the top working chamber 1 2 , the transmission The motor 4 3 4 is disposed on one side of the frame 4 3 3 and electrically connected to the control device 20, and the two transmission wheels 4 3 5 are respectively disposed at the top and bottom positions inside the frame 433, and a transmission wheel 4 3 5 located at a bottom position and connected to the transmission motor 4 3 4 , the transmission chain 4 3 6 is chained between the two transmission wheels 4 3 5 , the two guiding rods 4 3 7 are erected on the In the frame 4 3 3 , the sliding seat 4 3 8 is sleeved on the two guiding rods 43 7 and coupled with the driving chain 4 3 6 , and the sensing element 4 3 9 is disposed on the frame 4 3 3 On, and respectively moved to 1352263 on the second up_and- At the end position, 'when the transmission motor 434 is driven by the control device 20 to turn _, the _4 3 4 is rotated in place' to drive the carriage 4 3 6 by the transmission chain 4 3 6 8 along the guide rod 4 3 7 - displaced above and below the frame 4 3 3, and the stroke of the upper and lower (four) is _ between the loading point and the end point of the lower shift, that is, the slider 438 is When the belt is moved to the upper end point, the sensing element 43 9 informs the control unit 2 Q that the driving motor 4 3 4 is reversed by the county, and when the slider 4 3 8 is brought down Shifting end point
時’該感應元件4 3 9便告知該控制裝置2 〇 ’使由該控 制裝置2 傳動㈣4 3 4再崎反轉，雜制板4 3 2係連接於該滑座4 3 8上，並局部穿入於該棒材容器 4 1之内部’且係位於該人棒σ之上方，·該棒材夾持旋轉 裝置4 4，係設置於底部空間中，該棒材夾持旋轉裝置4 4具有-夾持單元441及—驅動旋轉單元4 4 2，該失 持單元44 1具有-束管4 4 3，該束管4 4 3内形成有 一通貫頂、底之夾孔.4 4 4，該束管4 4 3外套置有一彈 簧44 5，以由該彈簣44 5對該束管44 3施予一預 力’而能束官4 4 3之夾孔4 4 4稍微縮減其内徑，該驅 動％轉單元44 2 ’為-驅動馬達’係連結於該夾持單元 44 1上，以帶動該夹持單元44 1旋轉者。 *月參閱第二至四及第十二圖，該棒材移動機構5 〇， 具有一傳動組件5 1及一連接件5 2，該傳動組件5 1具 有一框架511、—傳動馬達512、二傳動輪5 1 3、 1358263 •二 γ 鏈條5 1 4」±^#5 二 6 及二感 .應70件5 1 7，該框架5 1 1係設置於該隔板i丄上，並 ； 位於該頂部空間1 2中，該傳動馬達5 1 2係設置於該框 架5 1 1—侧並與該控制裝置2 〇電性連接，該二傳動輪 5 1 3係分別設置於該框架5 i i内部之頂部及底部位置 上，且位於底部位置之傳動輪5丄3並與該傳動馬達5工 2連接，該傳動鏈條5 1 4係鏈結於該二傳動輪5 1 3 間，該二導桿5 1 5係直立設置於該框架5 1 1内，該滑 座5 1 6係套接於該二導桿5丄5上，並與該傳動鏈條5 1 4連結，該二感應元件5 1 7係設置於該框架5工工 上，並分別位於一上移終點及一下移終點位置上，使當該 傳動馬達5 1 2受該控制裝置2 〇所驅使而轉動時，便帶 動該傳動輪5 1 3原地轉動，使由該傳動鏈條5丄4帶動 該滑座5 1 6沿該導桿5 1 5作一相對該框架5丄工之 上、下位移，且其上、下位移之行程係被限制於該上移終 _點至下移終點間’即該滑座5工6被帶至上移終點時，該 感應元件5 1 7便告知該控制裝置2 0，使由該控制裝置 2 0驅動傳動馬達5 1 2進行反轉，而當該滑座5丄6被 帶至下移終點時，該感應元件5 i 7便告知該控制裝置2 〇，使由該控制裝置2 0驅動傳動馬達5 i 2再進行反 轉，該連接件5 2係連接位在頂部空間1 1中之滑座5工 6，及連接位在底部空間12中之棒材夾持裝置44，使 可由該棒材移動機構5 〇之傳動組件5 1及連接件5 2帶 動該棒材杏姑^ 行程内之\轉動襄置4 4於底部空間1 -2中進行—預定 上々上、下位移〇 一 ——— 一 請參閱筮_ 机要从 一、三及第五圖，該糖絲產生機構6 0 ’係 控制骏 1〇内，並位於該底部空間1 2中，係與該 。置2 〇電性連接，具有一加熱旋轉裝置6 i及一承 戰各器 6? c 该加熱旋轉裝置61係與該糖料儲運機構3 U之輸糖料技Q r> 液、 s 2 3連通，而能將固態之糖料加熱形成糖 、並利用旋轉之離心力作用將加熱後之糖液甩出至承載 容器62Φ而&咖》 ^ 而又i氣之冷卻而形成絲狀。 、°月參閱第一圖’該投幣裝置7 0係設置於該機座1 〇 並位於該取物口1 4之同側面上’且該投幣裝置7 〇並與 ^控制，置2 0電性連接，以由該投幣裝置7〇供使用者 才又入預疋可辨識之物品（如硬幣、紙鈔或可受辨識之代幣. 等）\而能驅動該控制裝置2 0進行全自動之棉花糖製造: 疋以’上述即為本發明所提供較佳實施例 糖製造機i⑽料邹構件及其組裝方式仙，== 本發明之使用特點介紹如下： ： *由於本發明全自動棉花糖製造機1 0 0細-自動販 賣之型式呈現，因此當使用者將預定之f物（可為硬幣、 紙鈔、或代幣…等）投入至投幣裝置7 0中後，該 置20偵測到投幣裝置7 η夕你釗你你扣Ik ^夏（◦之作動後，便開始控制該糖 儲運機構3 G之糖料料馬達3 2 i作動，並同時 運送螺桿322與_器3 2 4_，以㈣拌 1.358263 « . 對容置於糖料容器311中之固態糖料進行均勻之攪拌， ' . 再由運送螺桿3 2 2將固態糖料輸送至該輸糖料管3 2 3 、 中，以由該輸糖料管3 2 3將固態糖料輸送至糖絲產生機 . 構6 0之加熱旋轉裝置6 1中進行加熱旋轉；此一同時， .· 該棒材夾持機構4 0之棒材推送裝置4 2亦受該控制裝置 2 0之驅使，而由該棒材驅動馬達4 2 1帶動該推移板4 2 2將位於棒材容器4 1中之棒材9 1往入棒口方向推 移，使最為靠近該入棒口之其一棒材9 1位於該入棒口上 • 方，而該棒板壓送裝置4 3則由該傳動馬達4 3 4帶動傳 動輪4 3 5轉動，並同時帶該傳動鏈條4 3 6，以由該傳 動鏈條4 3 6帶動該滑座4 3 8沿該導桿4 3 7由上移終 點往下移終點向下移動，使由連動於該滑座4 3 8上之該 壓制板4 3 2將位於Λ棒口上方之棒材9 1壓入於該棒材 夾持轉動裝置44之夾孔444内，並由該彈簣44 5施 予該束管4 4 3 —微縮之預力，以將該棒材9 1夾持於該 φ 夾孔4 4 4中，此時該棒材移動機構5 0則受該控制裝置 2 0之驅使，由該傳動馬達5 1 2帶動傳動輪5 1 3轉 動，並同時帶該傳動鏈條5 1 4，以由該傳動鏈條5 1 4 帶動該滑座5 1 6沿該導桿5 1 5由上移終點往下移終點 向下移動，以由該滑座5 1 6帶動藉由該連接件5 2所連 接之該棒材夾持轉動裝置4 4同時向下位移至該糖絲產生 機構6 0之承載容器6 2中，並由該驅動旋轉單元4 4 2 帶動該夾持單元44 1轉動，而帶動該棒材9 1於該承載 [s] 12 轉時，加熱成液態糖料後’便受該加1旋$置『1旋 液觫Μ產生之離〜力作用’而甩出至承載容器6 2中’而 〜糖料於甩出之過程中由於受 壯，/¾ π 工作用而形成絲 則由絲被㈣地圈繞於該棒材91上，待完成後， 1=1 2Ga燈光或聲音所W，提醒使用者可以 棉該取物°中14將纏繞於棒材91上之 食用，如此便完成α 糖及將棉花糖纏繞於棒材上之方彳^方式^出棉化 能更加便利。科上之方式’使製造上及販賣上皆 以^ίΊ揭僅為本發明的較佳實施方式而已，並非用 。二J月實施例的叙圍’本技術領域内的-般技術人 本發明所作的均等變化，以及本領域内技術人員熟 °？變’仍應屬本發明涵蓋的範圍。 1358263 【圖j簡t說明】—一 一 第一圖係本發明一較佳實施例之外觀立體圖。 第二圖係第一圖所示實施例之大部分解圖。 第三圖係第一圖所示實施例之剖視示意圖。 第四圖係第一圖所示實施例之頂視示意圖。 第五圖係第一圖所示實施例另一方向之剖視示意圖。 第六圖係第一圖所示實施例之局部構件示意圖。 第七圖係第一圖所示實施例之局部構件立體圖。 第八圖係第一圖所示實施例另一方向之局部構件立體 圖。 第九圖係第一圖所示實施例之局部作動示意圖。 第十圖係第一圖所示實施例之局部作動示意圖。 第十一圖係第一圖所示實施例之局部作動示意圖。 第十二圖係第一圖所示實施例之局部作動示意圖。 主要元件符號說明】 全自動棉花糖製造機1 0 0 機座1 0 頂部空間1 2 取物口 1 4 控制裝置2 0 容置裝置3 1 糖料運送裝置3 2 隔板1 1 底部空間13 擋板1 5 糖料儲運機構3 0 糖料容器3 1 1 糖料輸送馬達3 2 .[S] 14 1358263When the sensing element 4 3 9 informs the control device 2 〇 'to make the control device 2 drive (4) 4 3 4 re-saki reverse, the miscellaneous plate 4 3 2 is connected to the slider 4 3 8 and partially Inserted into the interior of the bar container 4 1 and located above the human rod σ, the bar holding rotating device 44 is disposed in the bottom space, and the bar clamping rotating device 4 4 has - a clamping unit 441 and a driving rotating unit 4 4 2, the holding unit 44 1 has a beam tube 4 4 3, and a forming hole through the top and bottom is formed in the beam tube 4 4 3 . The bundle tube 4 4 3 is provided with a spring 44 5 to apply a pre-force to the bundle tube 44 3 by the magazine 44 5 and to slightly reduce the inner diameter of the beam 4 4 4 of the bundle 4 4 3 The drive % rotation unit 44 2 ' is a - drive motor' is coupled to the clamping unit 44 1 to drive the holder unit 44 1 to rotate. * Referring to the second to fourth and twelfth drawings, the bar moving mechanism 5 具有 has a transmission assembly 5 1 and a connecting member 52, the transmission assembly 51 has a frame 511, a transmission motor 512, two Transmission wheel 5 1 3, 1358263 • Two γ chain 5 1 4”±^#5 2 6 and 2 senses. 70 pieces of 5 1 1 , the frame 5 1 1 is set on the partition i丄; In the head space 12, the transmission motor 5 1 2 is disposed on the side of the frame 51 1 1 and electrically connected to the control device 2, and the two transmission wheels 5 1 3 are respectively disposed inside the frame 5 ii In the top and bottom positions, and at the bottom position of the transmission wheel 5丄3 and connected to the transmission motor 5, the transmission chain 5 1 4 is linked between the two transmission wheels 5 1 3, the two guide rods 5 1 5 is erected in the frame 5 1 1 , the sliding seat 5 16 is sleeved on the two guiding rods 5 丄 5 , and is coupled with the driving chain 5 1 4 , the two sensing elements 5 1 7 The system is disposed on the frame 5 and is located at an upper end point and a lower end position respectively, so that when the transmission motor 51 is driven by the control device 2, The driving wheel 5 1 3 is rotated in place, so that the sliding block 5 16 is driven by the driving chain 5丄4 along the guiding rod 5 15 to be displaced above and below the frame 5, and The upper and lower displacement strokes are limited to the upper shift end_point to the lower shift end point', that is, when the slide 5 work 6 is brought to the upper shift end point, the sensing element 5 1 7 informs the control device 20, The drive motor 5 1 2 is driven to be reversed by the control device 20, and when the carriage 5丄6 is brought to the lower end point, the sensing element 5 i 7 informs the control device 2〇 The control device 20 drives the transmission motor 5 i 2 to perform reverse rotation, and the connecting member 52 is connected to the slider 5 in the head space 1 1 and the bar clamping device connected in the bottom space 12 44, the drive assembly 5 1 and the connecting member 5 2 that can be driven by the bar moving mechanism 5 are driven by the pivoting device 4 in the stroke of the apricot, in the bottom space 1-2, on the predetermined upper jaw, The lower displacement is one---please refer to 筮_ machine to take the first, third and fifth figures, the sugar-generating mechanism 6 0 'system control Jun 1〇, and located A bottom space 12 in the system. 2 〇 electrically connected, having a heating rotating device 6 i and a combating device 6? c The heating rotating device 61 is connected to the sugar storage and transportation mechanism 3 U of the sugar technology Q r> liquid, s 2 3 is connected, and the solid sugar material can be heated to form sugar, and the heated sugar liquid is extracted by the centrifugal force of the rotation to the carrying container 62Φ and the air is cooled to form a filament. Referring to the first figure, the coin-operating device 70 is disposed on the same side of the access port 14 and the coin-operated device 7 is controlled by the control unit. Electrically connected to enable the user to enter the pre-identifiable item (such as a coin, banknote or identifiable token, etc.) by the coin-operating device 7 to drive the control device 20 Fully automatic cotton candy manufacturing: 上述 ' ' ' ' ' 较佳 较佳 较佳 较佳 较佳 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 糖 = = = = = = = = = = = The automatic marshmallow manufacturing machine 100-small-selling type presentation, so when the user puts the predetermined item (which can be a coin, a banknote, or a token, etc.) into the coin-operating device 70, Set 20 to detect the coin-operated device 7 夕 钊 钊 你 你 你 你 你 你 你 你 你 你 你 ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ ◦ With _ 3 2 4_, mix with (4) 1.358263 « . Evenly stir the solid sugar contained in the sugar container 311, ' Then, the solid sugar material is transported to the sugar conveying tube 3 2 3 by the conveying screw 32 2 to transport the solid sugar material to the sugar filament generating machine from the sugar conveying tube 3 2 3 . The heating rotary device 6 1 performs heating rotation; at the same time, the bar pushing device 42 of the bar clamping mechanism 40 is also driven by the control device 20, and the bar drive motor 4 2 1 driving the shifting plate 4 2 2 to move the bar 9 1 located in the bar container 4 1 into the bar mouth, so that one bar 9 1 closest to the bar mouth is located on the bar mouth. The bar press device 43 is driven by the drive motor 4 3 4 to drive the drive wheel 435, and at the same time carries the drive chain 433 to drive the slide 4 3 8 from the drive chain 4 3 6 Moving downward along the guide rod 433 from the upper end point to the lower end point, so that the pressing plate 433 attached to the sliding block 438 presses the bar 9 1 located above the crowbar opening. The bar is clamped into the clamping hole 444 of the rotating device 44, and the beam 44 4 3 is applied by the magazine 44 5 to reduce the pre-force to clamp the bar 9 1 to the φ pin hole. 4 4 4, at this time The bar moving mechanism 50 is driven by the control device 20, and the transmission motor 5 1 2 drives the transmission wheel 5 1 3 to rotate, and simultaneously carries the transmission chain 5 1 4 to be driven by the transmission chain 5 1 4 The carriage 5 16 moves downward along the guide rod 5 15 from the upper end point and the lower end point, so as to be driven by the carriage 5 16 to be rotated by the rod connected by the connecting member 52. The device 4 4 is simultaneously displaced downward into the carrying container 6 2 of the filament generating mechanism 60, and the driving unit 44 1 is driven to rotate by the driving rotating unit 4 4 2 to drive the rod 9 1 to the bearing. [s] At 12 revolutions, after heating into a liquid sugar, it is subjected to the addition of 1 spin, and the effect of the spin-off is generated. In the process of scooping out, due to the strong, /3⁄4 π work to form the wire, the wire is wound around the bar 91 by the wire (4). After the completion, 1 = 1 2Ga light or sound, to remind the user In the cotton, the material 14 will be wrapped around the bar 91, so that the α-sugar and the cotton candy are wound on the bar.The manner in which the invention is made is merely a preferred embodiment of the present invention, and is not intended to be used. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The change is still within the scope of the present invention. 1358263 [Description of Figure 1] - The first figure is an external perspective view of a preferred embodiment of the present invention. The second drawing is a majority of the solution of the embodiment shown in the first figure. The third drawing is a schematic cross-sectional view of the embodiment shown in the first figure. The fourth figure is a top plan view of the embodiment shown in the first figure. The fifth drawing is a schematic cross-sectional view of another embodiment of the first embodiment. The sixth drawing is a schematic view of a partial member of the embodiment shown in the first figure. The seventh drawing is a perspective view of a partial member of the embodiment shown in the first figure. The eighth figure is a perspective view of a partial member in another direction of the embodiment shown in the first figure. The ninth diagram is a partial actuation diagram of the embodiment shown in the first figure. The tenth figure is a partial actuation diagram of the embodiment shown in the first figure. The eleventh figure is a partial actuation diagram of the embodiment shown in the first figure. The twelfth diagram is a partial actuation diagram of the embodiment shown in the first figure. Explanation of main component symbols] Fully automatic marshmallow manufacturing machine 1 0 0 Base 1 0 Head space 1 2 Pick-up port 1 4 Control device 2 0 Storing device 3 1 Sugar conveying device 3 2 Partition 1 1 Bottom space 13 Plate 1 5 Sugar storage and transportation mechanism 3 0 Sugar container 3 1 1 Sugar conveying motor 3 2 .[S] 14 1358263
墁拌器互2 4 輸糖料管3 2 3 棒材容器4 1 棒材驅動馬達4 2 1 感應元件4 2 3 傳動組件4 3 1 傳動馬達4 3 4 傳動鏈條4 3 6 滑座4 3 8 壓制板4 3 2 夾持單元4 4 1 夾孔4 4 4 驅動旋轉單元4 4 2 定位板4 5 1 棒材移動機構5 0 框架5 1 1 傳動輪513 導桿5 1 5 感應元件5 1 7 糖絲產生機構6 0 承載容器6 2 棒材9 1 咢送螺2i 棒材夹持機構4 0 棒材推送裝置4 2 推移板4 2 2 棒材壓送裝置4 3 框架4 3 3 傳動輪4 3 5 導桿4 3 7 感應元件4 3 9 棒材夾持旋轉裝置4 4 束管4 4 3 彈簧4 4 5 棒材定位裝置4 5 彈簧4 5 2 傳動組件5 1 傳動馬達5 1 2 傳動鏈條5 1 4 滑座5 1 6 連接件5 2 加熱旋轉裝置6 1 投幣裝置7 0 [s] 15Mixer 2 2 Sugar Pipe 3 2 3 Bar Container 4 1 Bar Drive Motor 4 2 1 Inductive Element 4 2 3 Drive Assembly 4 3 1 Drive Motor 4 3 4 Drive Chain 4 3 6 Slide 4 3 8 Pressing plate 4 3 2 Clamping unit 4 4 1 Clamping hole 4 4 4 Driving rotary unit 4 4 2 Positioning plate 4 5 1 Bar moving mechanism 5 0 Frame 5 1 1 Drive wheel 513 Guide rod 5 1 5 Inductive element 5 1 7 Sugar filament generating mechanism 6 0 Carrying container 6 2 Bar 9 1 Picking screw 2i Bar clamping mechanism 4 0 Bar pushing device 4 2 Pushing plate 4 2 2 Bar pressing device 4 3 Frame 4 3 3 Driving wheel 4 3 5 Guide rod 4 3 7 Inductive element 4 3 9 Bar clamp rotating device 4 4 Beam tube 4 4 3 Spring 4 4 5 Bar positioning device 4 5 Spring 4 5 2 Transmission assembly 5 1 Drive motor 5 1 2 Drive chain 5 1 4 Slide 5 1 6 Connector 5 2 Heating rotary unit 6 1 Coin unit 7 0 [s] 15